Numerical Model of Three‐dimensional Coupled Wall Structures

Abstract

Three‐dimensional description of a building structure taking into consideration the soil structure interaction is a very complex problem; the solution of it is often obtained by the finite‐element method. However, this method takes a significant amount of computational time and memory. Therefore an efficient computational model based on the subdivision of the structure into building elements such as wall and floor slab elements, plane and three‐dimensional joints and lintels, that could provide accurate results with a significantly reduced computational time, is proposed in this study for the analysis of three‐dimensional structures. The examples prove the efficiency and the computing possibilities of the model.

The use of a virtual building design and construction model for developing an effective project concept in 5D environment

“…Segmented work at the design stages is replaced by a continuous process. This is achieved by changing the design technology substantially and switching from the development of a set of 2D (two-dimensional) drawings to the development of a 3D computer-aided model of a building, comprising all the constituent parts of the design process, such as architectural, structural, mechanical, technological and construction process management and evaluation [14,15,21,32].…”